Perspectives

Expanding the capabilities of the MultipleBuilding class to include more complex building structures and additional geometric operations is a significant perspective. This can involve adding support for different architectural styles and enabling the creation of custom building elements like balconies, terraces, and varied roof designs. Such enhancements will make the library more versatile and applicable to a broader range of architectural and urban planning projects.

Another perspective is optimizing the performance of mesh processing functions, particularly for large and complex models. Improving the efficiency of these functions can reduce computation time for mesh generation and manipulation. Utilizing parallel processing techniques to handle large datasets more effectively will be crucial in achieving this optimization.

Developing comprehensive tests specifically for volume meshing to ensure accuracy and efficiency in generating 3D meshes is a crucial perspective. Creating test cases that cover a wide range of geometric configurations and validating mesh quality through automated testing scripts will be vital steps in this direction.

Modifying the current method of floor creation in buildings to enhance flexibility and realism is another area for improvement. Allowing custom floor heights and materials, and enabling the addition of interior elements like walls and stairs, will significantly improve the versatility and realism of the generated building models.

Conducting extensive tests of both volume and surface meshing using Feel is an exciting perspective. Leveraging Feel's powerful simulation and analysis capabilities to validate and optimize the meshes produced will ensure that the meshes are not only geometrically accurate but also structurally sound.